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Deep Prasad is a 26-year-old self-taught prodigy who runs a quantum computing startup called Quantum Generative Materials, which has raised $15 million. His unusual goal is to use quantum computing to reverse-engineer UFO/UAP materials based on their observable properties — not by possessing a physical UFO, but by simulating exotic materials that could account for the five consistent observables the Pentagon has catalogued from decades of radar, optical, and infrared detections.
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The five UFO observables point to “new physics, not new engineering.” These include sudden and instantaneous acceleration, hypersonic velocity with no sonic boom or signatures, and apparent violations of conservation of momentum. Deep argues these are not exotic engineering tricks but signs of macroscopic quantum behavior — large-scale objects exhibiting physics normally associated with atoms and subatomic particles.
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The core technical bottleneck is the Schrödinger many-body equation. Solving it for a material would reveal essentially all of its physical properties — speed of sound, resonance frequency, heat capacity, strength. But the equation scales exponentially: for more than about a few atoms, classical computers cannot solve it. For reference, fully describing the quantum state of the ~97 electrons in a caffeine molecule would require 2⁹⁷ classical bits — more classical storage atoms than exist on Earth’s surface.
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Quantum computers may be the only tool capable of solving this at scale. The reasoning: nature is quantum mechanical, so simulating quantum systems natively requires a quantum system. Quantum bits (qubits) can exist in superpositions and become entangled, meaning the state space grows exponentially with qubit count. Deep’s startup uses quantum computer simulators (rather than fragile quantum hardware) to research how to map material-science problems — specifically the many-body Schrödinger equation — onto quantum algorithms.
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Superconductivity is the historical precedent. When the first superconductor was discovered in 1911, zero electrical resistance was thought impossible. It took 40 years to understand it as a macroscopic quantum phenomenon. We still lack a complete theory for high-temperature superconductors. Deep’s argument: UFO-like anomalies may similarly be emergent macroscopic quantum phenomena we lack the physics and computing power to model.
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Quantum sensing is already here and has national security implications. Scientists have replicated the mechanism robins use to navigate Earth’s magnetic field — a protein called cryptochrome Cry4 in the eye that uses entangled electron pairs as a biological GPS. Lockheed built a device called the Dark Ice Magnetometer six years ago that achieves GPS-precision navigation without satellites, usable underwater or anywhere. Deep notes that an extraterrestrial visitor would also lack GPS, making quantum magnetometry a plausible navigation technology.
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The scientific method itself may need updating. Deep argues that Francis Bacon’s model assumes a static, repeatable universe — but UFO anomalies are by definition non-repeatable events that still demand study. He advocates for complementary methods that can account for rare, paradigm-breaking anomalies rather than dismissing them, comparing historical examples like black-body radiation (1860s), which didn’t fit Newtonian expectations and helped trigger quantum theory.
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On AI: Deep sees the real near-term AI danger not as sentient killer robots (which he considers a leap from today’s “statistics on steroids”) but as consumer apps like TikTok that are already manipulating human behavior at scale — “killing us with a whimper, not a bang.” He also predicts quantum computers will eventually break RSA encryption (the backbone of banking, messaging, and most cryptocurrencies), calling it a matter of “when, not if,” likely within ~15 years — a potential civilization-altering event.
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On UAP research predictions: Deep predicts that within 10 years, enough scientific evidence will accumulate — from both mainstream and post-scientific-method groups — for humanity to acknowledge we are not the only intelligent, super-intelligent life on Earth. He speculates this would merge religious and scientific worldviews in a disorienting way, potentially reinterpreting religious experiences as real phenomena.
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On cellular automata and sightings: One of his more speculative ideas is that UAP sightings could be part of a cellular automata-like system — simple rules producing complex, emergent phenomena — where individual anomalous events are part of a larger strategy or game being run by a more intelligent organism, pushing civilization toward an emergent new state.